We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Carbide.
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Carbide Product List and Ranking from 41 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Carbide Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 共立合金製作所 / 総代理店　エバーロイ商事株式会社 Hyogo//Manufacturing and processing contract
  2. 冨士ダイス Tokyo//Manufacturing and processing contract
  3. 新報国マテリアル Saitama//Ferrous/Non-ferrous metals
  4. 4 東海合金工業株式会社/株式会社トーカロイ Aichi//others
  5. 5 シルバーロイ Hyogo//Ferrous/Non-ferrous metals
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Carbide Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) Super Hard Alloy KD20 (KD Type) 共立合金製作所 / 総代理店　エバーロイ商事株式会社
  2. Super high toughness super hard alloy: Fujiroi VC90 冨士ダイス
  3. EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) super hard alloy material 共立合金製作所 / 総代理店　エバーロイ商事株式会社
  4. 4 EVERLOY (Kyoritsu Alloy Manufacturing Co., Ltd.) Super Hard Alloy MC20 共立合金製作所 / 総代理店　エバーロイ商事株式会社
  5. 4 Nano fine particle super hard alloy Fujiroy FS06 冨士ダイス

Carbide Product List

16～30 item / All 122 items

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Super high toughness super hard alloy: Fujiroi VC90

Super high toughness super hard alloy: Fujiroi VC90

The most shatter-resistant carbide in the Fujiroi series.

The Fujiroi "VC90" is a material that particularly enhances toughness among the many super hard alloys available in the world. Despite its high toughness, it excels in wear resistance compared to super hard materials of similar hardness. If you have any such requests, please feel free to consult us! - Suppression of cracking and chipping - Improvement of molding accuracy for steel molds - Improvement of mold surface roughness, etc.

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  • Press Dies

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New product compatible with long-time wire EDM: ultra-hard alloy VG51.

New product compatible with long-time wire EDM: ultra-hard alloy VG51.

It suppresses corrosion caused by long-duration wire EDM (Electrical Discharge Machining).

The mold materials for punching high-hardness electromagnetic steel sheets require a balance of wear resistance and fracture toughness. This is a carbide alloy developed to possess those characteristics and solve the challenges of long-duration wire electrical discharge machining for motor core molds. For more details, please download the materials or contact us!

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  • Other molds

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Thermoalloy protective tube for continuous temperature measurement of molten metal

Thermoalloy protective tube for continuous temperature measurement of molten metal

Products made by leveraging the excellent characteristics of metals and ceramics can be widely used in melting metallurgy processes.

Toho Metal's "Thermoalloy" is a cermet material primarily composed of the metals molybdenum and high-purity zirconia. Molybdenum has an extremely high melting point of 2620°C and possesses excellent high-temperature strength as a metal material, while zirconia is an oxide that has excellent corrosion resistance against molten slag and molten metal.

  • Other temperature and humidity measuring instruments

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Ultra-hard round knife, cutter, and ceramic blade also available【In stock for immediate delivery from one piece】

Ultra-hard round knife, cutter, and ceramic blade also available【In stock for immediate delivery from one piece】

Commercial blades lack durability and require frequent replacement. We will solve those concerns!

Are you facing any of these concerns? If you feel free to contact us regarding cutting methods, our designers will speak with you directly and provide assistance. ■ Commercial blades lack durability, requiring frequent blade replacements. ■ Since chemicals are used, we need ceramic circular blades with high chemical resistance. ■ We want to reduce the frequency of blade replacements. ■ We want to improve the precision of the cutting surface. ■ We want to cut special fibers such as aramid, glass, and carbon fibers. ■ Can you accommodate small quantities? * Depending on the material, shape, and angle of the object to be cut, we will provide blades suitable for the cutting task. We provide reliable blades considering improvements in product quality, production efficiency, and cost reduction through increased durability. * For more details, please refer to the PDF document or feel free to contact us.

  • Other processing machines

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[Production Example] Carbide Round Blade for Cutting Film and Copper Foil Composite Material Sheets

[Production Example] Carbide Round Blade for Cutting Film and Copper Foil Composite Material Sheets

We will introduce a case where even with blade wear, the impact on cutting performance is reduced, allowing for stable cutting even with composite materials!

We would like to introduce a case study in response to the inquiry regarding the high wear rate and frequent blade replacements of existing circular blades when cutting rolls of copper foil film at various stages of processing. We propose a carbide circular blade made from ultra-fine particle alloy, featuring a double-edged design. By altering the cutting angle at the start and the angle at the blade's base, we have reduced the impact on cutting performance even as the blade wears, enabling stable cutting even with composite materials. As a result, we have achieved more than double the lifespan compared to conventional blades, thereby reducing the frequency of replacements. [Case Overview] ■ Issue - Existing circular blades wear out quickly, leading to high replacement frequency. ■ Proposal - A carbide circular blade made from ultra-fine particle alloy with a double-edged design. *For more details, please download the PDF or feel free to contact us.

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  • Cutter/Scissors

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[Production Example] Carbide Circular Blade for Cutting Solar Panel Film

[Production Example] Carbide Circular Blade for Cutting Solar Panel Film

We will introduce a case where the sharp edge is maintained even after continuous cutting, allowing for a clean cut surface!

We would like to introduce a case study in response to the request to minimize the irregularities on the cutting surface during the process of cutting thin film used for solar panels into long lengths. We selected a long-lasting, high-hardness carbide circular blade and adjusted the blade angle and thickness to suit the workpiece, allowing for cutting without applying unnecessary stress to the film. Since the sharp edge is maintained even during continuous cutting, the cutting surface can be kept clean. This method can also be applied to other functional films (such as PET and EVA). 【Case Overview】 ■ Challenge - To minimize irregularities on the cutting surface during the process of cutting thin film into long lengths. ■ Processing Details - Selected a long-lasting, high-hardness carbide circular blade. - Adjusted the blade angle and thickness to suit the workpiece, allowing for cutting without applying unnecessary stress to the film. *For more details, please download the PDF or feel free to contact us.

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  • Cutter/Scissors

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[Production Example] Catheter Tube Medical Blade

[Production Example] Catheter Tube Medical Blade

We will introduce a case where the adoption of super hard materials has significantly improved the durability of the blade!

We would like to introduce a case in which we received an inquiry from a medical device manufacturer regarding the desire to "cut a silicone tube with a diameter of less than 1mm, without burrs, and at an angle." The tubes used for catheters are extremely thin and are inserted into narrow internal pathways such as blood vessels, making them critical components that require high safety standards. An angled cut expands the cross-section, so the thickness of the blade and the angle of the cutting edge are directly linked to the quality. In response, we proposed a thin-blade design of a carbide round blade, which achieved an extremely smooth cutting surface while suppressing deformation of the tube. Additionally, the use of carbide material significantly improved the durability of the blade. 【Case Overview】 ■ Challenge: To cut a silicone tube with a diameter of less than 1mm, without burrs, and at an angle ■ Proposal: Thin-blade design of a carbide round blade ■ Processing Details: Achieved an extremely smooth cutting surface while suppressing deformation of the tube ■ Result: The use of carbide material significantly improved the durability of the blade *For more details, please download the PDF or feel free to contact us.

  • Cutter/Scissors

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[Production Example] Food Machinery Large Diameter Round Blade for Processed Meat Slicing

[Production Example] Food Machinery Large Diameter Round Blade for Processed Meat Slicing

We will introduce a case of selecting materials with excellent corrosion resistance and manufacturing large-diameter round blades for food processing applications!

We would like to introduce a case where we received a request from a food manufacturer to produce and deliver a carbide round blade for slicing processed meat. Due to the food processing application, we previously used stainless steel blades, but we changed the material to carbide to minimize wear on the cutting edge. Since this is for food use, we selected materials that are excellent in corrosion resistance. The outer diameter is 300mm to slice large workpieces all at once. We also accept requests for special materials and large-diameter blades like this case, so please feel free to consult us. 【Case Overview】 ■ Purpose of Use - Slicing processed meat ■ Processing Details - Changed the material to carbide to minimize wear on the cutting edge - Selected materials that are excellent in corrosion resistance for food use - The outer diameter is 300mm to slice large workpieces all at once *For more details, please download the PDF or feel free to contact us.

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  • Cutter/Scissors

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Core pin Material: SKH51, carbide, etc.

Core pin Material: SKH51, carbide, etc.

These are core pins made of SKH51 and carbide! They are used in injection molding molds for shaping resin parts for medical and semiconductor applications.

We would like to introduce the "core pin" handled by Sanwa Creation Co., Ltd. In addition to being used for molding resin parts for medical and semiconductor applications, it is also used for processing the head section of inkjet printers. When used in environments where the resin temperature is high during molding, it can also be manufactured from high heat-resistant zirconia ceramics. 【Specifications (partial)】 ■Material: SKH51, carbide, zirconia ceramics, ■Standards - Custom-made to your desired size, - Capable of handling shapes with multiple steps, elliptical or other irregular shapes, as well as LAP processing. *For more details, please refer to the related links or feel free to contact us.

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  • Other molds
  • Injection Molding Machine
  • Processing Jig

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Welding guide Material: carbide alloy

Welding guide Material: carbide alloy

Used as a guide pin for welding! Made of carbide for long-lasting use.

We would like to introduce the carbide welding guides manufactured by Sanwa Creation Co., Ltd. Due to being made of carbide, they offer long-lasting durability. They are used as guide pins for welding. Please feel free to contact us when you need them. 【Specifications】 ■Material: Carbide *For more details, please refer to the related links or feel free to contact us.

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  • Welding Machine
  • Other metal materials

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Green sheet cutter Material: carbide alloy

Green sheet cutter Material: carbide alloy

This is a green sheet cutter made of ultra-hard alloy! Its high durability improves production efficiency and quality.

We would like to introduce the "Green Sheet Cutter" that adopts our uniquely developed ultra-fine particle ultra-hard alloy "MS Series." The ultra-hard alloy materials can be selected from MS2 as the standard material, MS4 which excels in wear resistance, and MS5 suitable for thicker laminated types. The fine crystal structure suppresses the occurrence of micro chipping. With high durability, it improves production efficiency and quality. 【Features】 ■ The fine crystal structure suppresses the occurrence of micro chipping ■ High durability improves production efficiency and quality *For more details, please refer to the PDF document or feel free to contact us.

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  • cutter
  • Cutter/Scissors

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Measuring tool SR0.025 (+0.005/0) processed! Material: carbide.

Measuring tool SR0.025 (+0.005/0) processed! Material: carbide.

Ultra-precision and fine processing! Introduction of ultra-hard measuring tool fine SR processing case studies.

We would like to introduce a case study of fine SR processing on cemented carbide that we conducted! 【Case Overview】 ■ Application: Measurement terminal ■ Specification: SR0.025 (+0.005/0) ■ Material: Cemented carbide ■ Processing machine for SR0.025: Profile grinder ■ Measuring instrument for SR0.025: Full circumference 3D measuring instrument MLP-3 *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Stack pins (positioning pins/small diameter pins) SKH51, carbide, etc.

Stack pins (positioning pins/small diameter pins) SKH51, carbide, etc.

Positioning pins/stacking pins (small diameter pins) to fix the workpieces so that they do not shift! Material: SKH51, SUS material, carbide, etc.

Before drilling the substrate, these are stack pins (positioning pins/small diameter pins) that are driven in when securing the entry board and backup board (bake board). The outer diameter ranges from Φ1 and the total length is approximately 8L. Chamfers can also be added to both sides of the pin. Precision: φ±0.005 (higher precision tolerances are also possible), outer diameter surface roughness Ra0.1 or less is achievable. Material: SKH51 (HRC60 or higher), SUS materials, carbide, etc. We can manufacture from small lots, so please feel free to consult with us.

  • Circuit board processing machine
  • Other machine elements
  • Other work tools

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[Processing Results] High Corrosion-Resistant Cemented Carbide

[Processing Results] High Corrosion-Resistant Cemented Carbide

We would like to introduce "high corrosion-resistant cemented carbide," which significantly reduces corrosion compared to general corrosion-resistant cemented carbide!

One of the materials that Crystal Optics specializes in processing is "hard metal." This hard material has the disadvantage of being "hard" and "time-consuming to process," but it also has the advantages of being "easy to achieve machine precision" and "able to meet high mirror surface precision requirements." In high-precision parts that require special tools and wear resistance, our company has been involved in the processing of numerous hard materials. Among these, we frequently receive inquiries from many customers regarding "corrosion." This time, we would like to propose a new material in response to the "corrosion" of this hard material. 【Corrosion Resistance Comparison Experiment】 ■ Test 1: A drop of grinding fluid was placed and left overnight (approximately 12 hours) to check the appearance. ■ Test 2: Immersed in liquid for one month to check for corrosion. ■ Test 3: Immersed in a 10% nitric acid solution for 6 hours to compare corrosion depth and corrosion loss. *For more details, please refer to the PDF document or feel free to contact us.

  • alloy
  • others

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Ultra-fine particle ultra-hard alloy "FX Series"

Ultra-fine particle ultra-hard alloy "FX Series"

Improved chip resistance and corrosion resistance! A cemented carbide with enhanced WC and bonding phase.

The "FX Series" is a carbide alloy that has improved chipping resistance and corrosion resistance due to enhancements in tungsten carbide (WC) and the bonding phase. It is a super fine particle carbide alloy composed of very fine WC raw materials with an average particle size of about 0.5 μm, allowing for high hardness and high-quality sharp edges and surface roughness. 【Features】 ■ Improved wear resistance ■ Enhanced machinability for electrical discharge machining ■ Corrosion resistance ■ Reduced surface roughness and wear of the tool surface caused by environmental factors such as machining heat For more details, please refer to the catalog or feel free to contact us.

  • alloy
  • Processing Contract

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